Emissions (Stack) Monitoring

Sukriti Labs offers its customers a wide range of services owing to its multi disciplinary expertise and support of its state-of the-art analytical equipment. With its emphasis on quality services, Sukriti Labs has evolved into a single reference point for all the solutions of its clients. Emissions Testing (a.k.a., Stack Sampling or Stack Monitoring, etc.) is the experimental process for evaluating the characteristics of industrial waste gas stream emissions into the atmosphere.

Materials emitted to the air from these sources can be solid, liquid, or gas; organic or inorganic.
The effluent pollutants emitted to the atmosphere from a source may contain many different pollutant materials. We follow specific test methods and protocols for effluent measurements and sampling procedures to ensure representative and accurate emission data. Test methods are pollutant specific, sometimes industry specific and originate from a variety of sources and jurisdictions such as USEPA, State Agencies, Provincial Agencies, Trade Organizations, etc.

Sukriti Labs employs Source sampling which provides a great deal of important data on the operating parameters and emissions of an industrial source. We use this information as the basis for decisions on a variety of issues. The typical industrial process may vary conditions at the source for a variety of economic or logistical reasons.

The source sampling program has been designed in such a way so as to prevent process variation from biasing the source sample and to ensure the safety of the field personnel. Consequently, source testing is an endeavor that is performed only by our most highly trained personnel.

1. Collection & preservation of sample and measurement of following parameters of emissions:
i) Temperature
ii) Velocity
iii) Moisture
iv) Composition & molecular weight of gas

2. Analysis to measure the following parameters:
i) Determination of Particulate Matter concentration.
ii) Gas analysis by analytical/instrumental methods for:
a) Oxides of Nitrogen (NOX)
b) Sulphur di-oxide (SO2)
c) Hydrocarbons (HC)
d) Carbon monoxide (CO)
e) Hydrogen Chloride (HCl)
f) Ammonia
g) Hydrogen Sulphide (H2S)
h) Fluorine
i) Chlorine
j) Lead